In the heart of Malang, Indonesia, a vibrant riverside settlement named Kampung Warna-Warni Jodipan is undergoing a meticulous examination that could redefine how we assess and improve the livability of built environments. Led by Alya Nafisa Fidelista, a researcher from Universitas Brawijaya, this study is not just about evaluating the physical aspects of a neighborhood; it’s about understanding how these elements interplay to create a habitable and sustainable community.
Fidelista and her team have embarked on a journey to rate and categorize the quality of the livable built environment in Kampung Warna-Warni Jodipan. Their approach is both innovative and comprehensive, utilizing visual observations, ArcGIS visual interpretations, scoring, and weighting techniques to evaluate the physical conditions that impact the quality of the settlement environment. “We’re looking at everything from road surfaces and roof coverings to building density and layout,” Fidelista explains. “Each of these elements contributes to the overall livability of the area, and understanding their impact can help us make informed decisions for future developments.”
The findings are revealing. Physical aspects such as road surfaces and roof coverings have a positive effect on the quality of the residential environment, while factors like the width of driveways, protective trees, and building layout can have adverse effects. This nuanced understanding is crucial for urban planners and developers, especially in the context of riverside settlements where environmental factors play a significant role.
The study has categorized different areas within Kampung Warna-Warni Jodipan based on their quality. For instance, RW 2, RT 6, 7, and 9 fall into the medium quality classification, with RT 7 being particularly noted for its poor classification value. This detailed assessment provides a roadmap for targeted improvements, ensuring that resources are allocated effectively to enhance livability.
The implications of this research extend far beyond Malang. As urbanization continues to surge, especially in riverside and coastal areas, the need for sustainable and livable built environments becomes increasingly critical. Fidelista’s work offers a blueprint for assessing and improving these environments, with potential applications in various sectors, including energy. For example, understanding the impact of building density and layout on energy consumption can inform the design of more energy-efficient communities.
The energy sector, in particular, stands to benefit from these insights. By optimizing the physical aspects of built environments, we can reduce energy demand, promote renewable energy integration, and create more resilient communities. This is not just about building better homes; it’s about building better futures.
As Fidelista’s research continues to unfold, it promises to shape the future of urban development. By providing a comprehensive framework for evaluating and improving the livability of built environments, this study paves the way for more sustainable and habitable communities. The findings, published in the journal RUAS (Journal of Urban and Regional Studies), offer a wealth of information for urban planners, developers, and policymakers. As we look to the future, Fidelista’s work serves as a beacon, guiding us towards a more livable and sustainable world.